213-35462 Brochure - LR Consulting Training

8/15/2019 213-35462 Brochure - LR Consulting Training

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Working togetherfor a safer world

Technical training 2014


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www.lr.org/consulting

Engineering dynamics

Machinery dynamics of rotating equipment 05

Operational modal analysis for engineering dynamic problems 06

Machinery dynamics of propulsion systems and auxiliary equipment 07

Noise on offshore installations 08

Noise & vibration on ships 09

Risk managment

Being a safety manager 11

Reliability and Safety Integrity Level (SIL) 12

Human Factors Engineering 13

RAMS - EN 50126 14

CSM RA 15

Quantitative Risk Analysis (QRA) 16

Process safety 17

Welcome to Lloyd’s Register Consulting technical training. We offer essential training courses in risk management and

engineering dynamics.

Our instructors are chosen specifically for their expertise areas, industry experience and proven results. As specialists in

their respective fields, they have confronted and resolved many of the problems you face daily. Our training is based on a

combination of theory, field-proven methods and case studies. Basic as well as cutting-edge concepts will be discussed.

In addition to our scheduled courses, we offer customised training designed for your individual needs and taught at your

premises.

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When15 - 18 September 2014

WhereLloyd’s Register Consulting,Copenhagen

Duration4 days

Language

English

PriceEUR 2,500 per person, excl.VAT, incl. course notes, lunchand dinner 1 night.

[email protected]

When15 - 18 September 2014


Duration4 days

LanguageEnglish

PriceEUR 2,500 per person, excl.VAT, incl. course notes, lunchand dinner 1 night

[email protected]

EngineeringdynamicsDedicated courses in rotordynamics, machinery dynamics, noise &ibration management, and modal analysis.


Basic as well as cutting edge conceptswill be illustrated by detailed casestudies and reviews of several projectsfrom our consultancy, and some of thephenomena will be demonstrated on atest rig.

Upon completion you will...• be in a better position to

participate in troubleshooting ofmachinery dynamic problems

• be able to evaluate APIrotordynamic analysis results andreports

• have a better understanding ofthe qualitative and quantitativeinfluence of machine elementsand operating conditions on therotordynamic properties

Course content• Frequency analysis• Basic machinery dynamics• Simple system demonstration• Modal analysis

• Torsional vibrations• Rotordynamics 101• API rotordynamic analysis• Exercise: unbalance response• Machine elements affecting 1X

vibration (bearings, seals, supportstructure)

• Rotorkit demonstration• Asynchronous forced vibrations

(coupled torsional-lateral, rotatingstall and surge, VSD control)

• Rotordynamic stability (crosscoupled stiffness, mitigation ofinstability, case stories, exercise:stability)

• Standards• Systematic failure analysis

Topics will be illustrated with numerouscase studies.

Who should attendAnyone who wants to understandrotating equipment dynamics andwho has a responsibility for acquiring,

managing, designing, integrating,testing or troubleshooting rotatingequipment and the surrounding systems.

There are no requirements for academicbackground, but it is underlined thatsome topics will be covered in depth.

Your instructorsMorten Theill Jensen, VP EngineeringDynamics

Anders Crone, Team Leader, MachineryDynamics, Energy

Niklas Sehlstedt, Team Leader,Rotordynamics, Energy

The instructors have many years’experience in analysis andtroubleshooting of complex rotatingequipment problems in the oil & gasindustry.

Machinery dynamics ofrotating equipmentThe course gives a structured introduction to the dynamics of rotating equipment,primarily focusing on turbomachinery used in the oil & gas industry. More than 200engineers have participated in the course, many on recommendation from colleagues andcontacts.

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When1 - 2 October 2014


Duration2 days

LanguageEnglish


[email protected]


Operational modal analysis forengineering dynamic problemsThis course will introduce the delegates to Operational Modal Analysis, especially to systemswith harmonic components, such as rotating machinery. This will be achieved by combiningtheory and laboratory exercises. Numerous case studies from the Marine and Energybusiness will be presented.


WhereLloyd’s Register Consulting,Stockholm

Duration2 days

LanguageEnglish


[email protected]

Upon completion you will...have gained insight and knowledgeof Operational Modal Analysisapplicable for vibration problems ofmachinery and processes.

Course contentDay 1• Differences and similarities

between Operational ModalAnalysis and Experimental ModalAnalysis

• Introduction to Frequency DomainDecomposition (FDD) techniques

• Introduction to StochasticSubspace Identification (SSI)techniques

• How to apply the co-variancedriven Stochastic SubspaceIdentification technique toindustrial problems

• Experiments: comparing FDD, SSIand EMA

Day 2• Influences of harmonic

components• Experimental and Operational

Modal Analysis of rotatingmachinery

• Experiments: influence ofharmonic components, rotatingmachinery

• Complex and non-linear systems

Case studiesShips:• Panel cracking• Resonance of the accommodation

block

Tall structures:• Power station chimney – long term

monitoring and verification ofdamper performance

• Large ship unloader

Bridges:• Natural frequency of cable stays• Variation of natural frequency of

deck with temperature

Machinery:• Diesel engines – on a ship• Generators – offshore platform• Nuclear Power Generator• FE model updating• Dynamic absorber application• Bow thruster

Who should attendRotating equipment engineers, noise &vibration engineers, project managersand anyone who would like to learnabout Operational Modal Analysis.

Your instructorsPeter Carden, Senior Consultant,Machinery Dynamics, Energy

René Smidt Lützen, Senior Consultant,Noise & Vibration, Energy

Henrik Samuelsson, Country Lead,Engineering Dynamics, Sweden

The instructors have many years’experience in OMA.

Basic as well as cutting edge conceptswill be illustrated by detailed casestudies and reviews of several projectsfrom our consultancy, and some of thephenomena will be demonstrated on atest rig.

Upon completion you will...• be in a better position to

participate in troubleshooting ofmachinery dynamic problems

• understand the basics ofmachinery dynamics in order toevaluate basic machinery dynamiccalculation results

Course content• Vibration measurements• Frequency analysis• Basic machinery dynamics• Modal analysis• Engine dynamics• Torsional vibration, the role of

couplings, damping devices, tunedabsorbers, etc.

• Lateral vibration (including shaftwhirling)

• Introduction to advanced topics• Examples and exercises


Who should attendAnyone who has a responsibility foracquiring, managing, operating orrepairing propulsion systems and whowants to know a bit more about thedynamics and design basis of suchsystems.

There is no requirement for academicbackground, but it is underlined thatsome topics will be covered in depth.We believe that both someone with anacademic background and someonewith years of hands-on experience willbenefit from attending.

Your instructorsPer Tellefsen is Team Leader of theMachinery Dynamics group, Marinedepartment. Per has more than 20years of experience in analysis andtroubleshooting of vibration problems.

Henning Hartmann is Technical Lead,with particular expertise within thefield of machinery dynamics. Henninghas more than 20 years of experiencewith structural and machinery vibrationproblems.

Machinery dynamics of propulsionsystems and auxiliary equipmentThe course gives an introduction to the machinery dynamics of main propulsion systems andauxiliary equipment. After introducing the relevant theory and concepts, emphasis will be ondetailed case studies from our consultancy.

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Noise on offshoreinstallationsThis course gives you a structured introduction to the generation, the propagation and thecontrol of noise, with emphasis on the conditions prevailing on offshore installations. Itincludes hands-on exercises in our laboratory.



Duration3 days

LanguageEnglish

PriceEUR 1,950 per person, excl.VAT, incl. course notes, lunchand dinner 1 night.

[email protected]

Upon completion you will...• understand the fundamental

terminology, methods andparameters of noise topics

• gain knowledge about goodpractice of offshore noise control

• be able to understand andinterpret legislation

• use creative thinking for practicalsolutions

• have an overview of how tomanage noise on newbuild andexisting installations

Course content• Basic acoustics (sound pressure,

sound power, the dB scale, noiseexposure, calculation exercises

• Hearing damage/hearingprotection, vibration exposure

• Noise measurements (basic soundpressure measurements, signalanalysis)

• In the lab (measurements,equipment, sound pressureexercise)

• Noise sources• Sound radiation and propagation

(airborne, structure borne,reduction, radiation, outdoorpropagation)

• Noise management• Legislation and standards

Topics will be illustrated with numerouscase studies including engine room noisecontrol, gas compressor noise control,accommodation sound insulation, valveand pipe noise reduction and others.

Who should attendThe course is aimed at people workingwith noise in the oil & gas industry aswell as people who would benefit fromknowing more about noise on offshoreinstallations. The course will start with

the basic concepts of noise and pre-knowledge of noise is not required toparticipate.

Your instructorsPer Trøjgaard Andersen is SeniorConsultant and Technology Leader inthe Noise & Vibration group, Energydepartment. Per has many years’experience with noise & vibrationcontrol in the oil & gas sector and hasgiven more than 100 courses on thesubject.

Martin Lommer Olsen is Team Leaderof the Noise & Vibration group,Energy department. Martin has abroad experience managing projectsinvolving noise & vibration prediction,troubleshooting and control.

Noise & vibrationon shipsOn this course, you will be introduced to the fundamentals of noise & vibrationmeasurement, analysis and control techniques.

Upon completion you will...• be able to do basic noise

calculations• be able to write precise and clear

noise specification for vessels• be better equipped to assess

and manage noise & vibrationgeneration, propagation andcontrol in vessel designs

Course content• Fundamental noise• Fundamental vibration• Building specifications for noise

& vibration – what shouldbe considered in a newbuildspecification

• Low-noise design• Noise & vibration sources• Global and local vibration

prediction and measurements• Problems – demonstrations• Exercises – demonstrations

Topics will be illustrated with numerouscase studies including: singing propeller,propeller vibration problems,noise control in engine rooms,

accommodation sound insulation andothers.

Who should attendShip designers, ship operators, shipbuilders, naval architects and serviceengineers within the marine industry orpeople who have a general interest inquality marine designs with respect tonoise & vibration.

A general understanding offundamental physics will be beneficialbut is not a prerequisite.

Your instructorsHenrik Thrane is Senior Consultantand Technology Leader in the Marinedepartment. He has been with thecompany for more than 30 years.

Søren Dahl is Team Leader of theNoise & Vibration group, Marinedepartment. Søren has more than 15years’ experience with noise & vibrationcontrol.

When4 - 5 November 2014


Duration2 days

LanguageEnglish


[email protected]

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RiskmanagementDedicated courses in safety management, RAMS, Human FactorsEngineering, CSM, and risk analysis.


Upon completion you will...• be able to prepare a safety

management program• have the basic knowledge to

implement and manage theprogram in a project or inoperations

Course content• Overview of applicable

regulations, codes and standards• Principles for safety management• Role and duties of the safety

manager• Responsibilities of key positions

in a project management/planoperation team, discipline leads,contractors and other parties

• An overview of activities to becarried out, including studies,analyses, reviews, audits andinspections

• The objective/detail scope of theseactivities and possible pitfalls

• The timing of the activities andtheir interdependence

• Use of results as an input to thedecision process

• Site safety, requirements andfollow-up of own organisationand contractors

• Incident reporting and use of thereported data

• Emergency preparedness plansand training

Topics will be illustrated withnumerous case studies.

Who should attendThe course is aimed at HSE managersand safety engineers aspiring todevelop their skills in project execution.

Your instructorsYour instructors will be safety specialistswith relevant practical experienceas safety professionals working oninternational projects and operations.

Being a safetymanagerThis course will give the delegates an introduction to safety management and operations.This will be achieved through lectures and case studies. The course is applicable to bothoffshore and onshore industries.

WhenOn request

WhereLloyd’s Register Consultingoffices as requested

Duration2 days

LanguageEnglish

PriceEUR 1,200 per person, excl.VAT, incl. course notes andlunch

[email protected]

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WhenOn request

WhereLloyd’s Register Consultingoffices, as requested

Duration2 days

LanguageEnglish


[email protected]


Reliability and SafetyIntegrity Level (SIL)The course will give the delegates an introduction to the basics of reliabilityengineering and the principles applied for how to reduce risk through safetylayers and the application of SIL. This will be achieved through lectures and casestudies.

WhenOn request


Duration1 day

LanguageEnglish

PriceEUR 900 per person, excl.VAT, incl. course notes andlunch

[email protected]

Upon completion you will...• understand the principles of

reliability engineering• know how to reduce risk through

different safety layers as wellas how to apply SIL for safetyinstrumented functions

Course content• Overview of applicable

regulations, codes and standards• Introduction to IEC 61508 and IEC

61511• Objectives and scope of reliability

analysis and SIL analysis• Mitigating hazards through safety

layers and allocating the correctSIL to the safety instrumentedfunction(s)

• General principles and methodsused within reliability engineeringsuch as Fault Tree Analysis andFMEA

• The basic principles of reliabilityregularity analysis. When to applyit and how to use it to increaseproduction uptime, maintenanceplanning and spare partoptimisation


Who should attendThe course is aimed at technical safety/ instrument/process loss engineering inprojects and operation.

The course is applicable to bothoffshore and onshore industries, with aspecial focus on subsea applications.

Your instructorsYour instructors will be safety specialistswith relevant practical experienceas safety professionals working oninternational projects and operations.

Upon completion you will...• understand the fundamental

terminology, design specifications,analysis and industry best practicerelated to HFE

• deepen your knowledge of HFEstudies and how they can beused to save time and expensesrelated to asset design andimprove efficient operation aftercommissioning

Course content• Introduction to general HFE roles

and responsibilities• Developing HFE strategies using a

systematic approach• Understanding HFE integration

including people, plan and process• Understanding the methodology

of HFE studies including taskanalysis, job hazard identification,valve criticality, etc.

• Understanding key HFE activitiesconducted during Concept, FEEDand DD phases

• Developing HFE designspecifications to support andvalidate activities/issues

• Ability to screen HFE issues andselect the right approach

• Maintaining quality assurance

through reviews, audits andinspections

• Overview of legislations,regulations and industry-recognised best practices

• Examples of inadequate HFE inputin design and corrective measures


Who should attendProject engineers, HSE managers andengineers, discipline leads and othersinvolved in the design of assets.

Your instructorsYour instructor(s) will be HFE specialistswith relevant practical experienceworking on international projects.

Human FactorsEngineeringThis course will provide an overview of the Human Factors Engineering (HFE)support to the design lifecycle with emphasis on FEED and Detailed Design (DD)phases. It will highlight key specifications and analyses through lectures and casestudies. The course is applicable to both offshore and onshore industries.

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WhenOn request


Duration1 day

LanguageEnglish


[email protected]


RAMS - EN 50126The course will equip the participant to implement RAMS in an organisation. Inaddition to RAMS, the course covers the requirements given in the common safetymethod on risk evaluation and assessment as per the Commission Regulation (EC)No 352/2009.

WhenOn request


Duration4 days

LanguageSwedish / Norwegian

PriceSEK 15,000 per person, excl.VAT, incl. lunchand dinner 1 night

A discount of SEK 2,000 isgiven to clients with frameagreements

[email protected]

Upon completion you will...• have an understanding of the EN

50126 RAMS• understand the governing

principles and methods foranalysis and processes forfollow-up and improvement ofsafety, availability, reliability andmaintainability of railway systems

Course content• RAMS as a governing tool

for safety, availability andmaintenance

• Procedures and principles• Use of acceptance criteria• EN 50126 - principles for RAMS in

projects• Safety management and follow-

up in projects• Risk analysis• FMECA (Failure Mode, Effects and

Criticality Analysis)

• SIL (Safety Integrity Level)• RAMS in operations and

maintenance• Human Factors


Who should attendPeople working within traffic safety,engineering, design, projects,operation/maintenance, infrastructureand operators of rolling stock, as well asmanufacturers to the railway industry.

Your instructorsYour instructors will be RAMS specialistswith relevant practical experienceworking on international projects.

Upon completion you will...• understand the background and

framework of CSM RA• be able to run the risk

management process required

Course content• CSM RA framework• Change management• Risk management in CSM RA• Independent assessment

Topics will be illustrated withnumerous case studies.

Who should attendManagers, project leaders and otherpersonnel responsible for changemanagement on all levels within therailway industry.

Your instructorsYour instructors will be CSM RAspecialists with relevant practicalexperience working on internationalprojects.

CSM RAThe course gives an introduction to CSM RA and its effects on change managementin the railway industry (technical, operational and organisational changes).

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WhenOn request

WhereLloyd’s Register Consultingoffices

Duration1 day

LanguageEnglish


[email protected]


Quantitative Risk Assessment (QRA)The course gives an introduction to Quantitative Risk Assessments and how theseare carried out for oil & gas installations to optimise design and improve safety inthe operational phase.

WhenOn request


Duration2 days

LanguageEnglish


[email protected]

Upon completion you will...• understand the process of a QRA

and how the different subtasks ina QRA are linked together

• have an overview of differentmethodologies and approaches toa QRA

• understand how the results of aQRA should be interpreted andused in operations and / or design

Course content• Objectives and scope of a QRA• Defining risk acceptance criteria;

examples from the industry• Deterministic and probabilistic

analysis principles – advantagesand limitations

• How to choose the right approach• Introduction to principles for

executing risk analysis; HAZID,choice of methods, softwaretools for consequence assessmentincluding CFD tools for leaks,dispersion, fire and explosionstudy, dropped object study, TRimpairment study, data bases

• DAL – Design Accidental Load

• Introduction to fire and explosionstudies

• Both qualitative and quantitativeanalysis methods will be presented

• The timing of the activities andinterdependence to other analysesin an oil & gas design project

The topics will be illustrated byexamples and case studies.

Who should attend• Risk and safety engineers• Participants in design projects for

oil & gas developments• Anyone with an interest in

quantifications of risks in the oil &gas sector

Your instructorsYour instructors will be safetyspecialists with extensive experience inquantitative risk assessments in the oil& gas industry, with experience bothfrom the Norwegian Continental Shelfand from international projects andoperations.

Upon completion you will...• have a basic understanding of the

principles of process safety• have an overview of relevant

legislation, regulations andstandards

• understand the most commonproblem areas encountered inprocess safety

• have a background and basisto apply sound engineering

judgement and be able to identifyand mitigate potential processrisks

Course content• Principles of process safety• Legislation, regulations and

standards• ESD, PSD, HIPPS• Examples of process safety for

different types of equipment,such as separators and scrubbers,

compressor systems, heatexchangers, pumps, drain, ventand flare systems

• Introduction to HAZOP techniquesand guide words


Who should attend• Process engineers• Risk and safety engineers• Others with an interest in process

safety

Your instructorsYour instructors will be process safetyspecialists with extensive experiencefrom the industry working oninternational projects and operations.

Process safetyThis course will give the delegates an introduction to process safety. This will beachieved through lectures and case studies. The course is applicable to both oil &gas, petrochemical and chemical industries as well as other process industrieshandling hazardous substances.

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We reserve the right to cancel a course due to insufficient enrolment

About Lloyd’s Register Consulting

Lloyd’s Register Consulting provides independent risk management and engineering dynamics ser vices to

a wide range of international clients. Our service portfolio represents the union between Scandpower and

Lloyd’s Register ODS. Together, we work to advance safety and technical excellence.

Our broad experience covers the full life cycle of activities in industries like oil and gas, marine, nuclear energy,

transportation, power generation and chemical industries.

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Main ofceLloyd’s Register Consulting - Energy ASInstituttveien 10P.O. Box 3N-2027 KjellerNorway

T +47 40 00 35 00E [email protected]

Lloyd’s Register is a trading name of Lloyd’s Register Group Limited and its subsidiaries.

For further details please see http://www.lr.org/entities. © Lloyd’s Register Group Limited 2014


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213-35462 Brochure - LR Consulting Training